Generating teeth requires mimicking tooth developmental processes. Biomaterials are essential to support 3D tooth organoid formation, but their properties must be finely tuned to achieve the required biomimicry for tooth development. For the first time, we used bioorthogonally cross-linked hydrogels as defined 3D matrixes for tooth developmental engineering, and we highlighted how their properties play a pivotal role in enabling 3D tooth organoid formation .
View Article and Find Full Text PDFObjective: This paper investigates Burn First Aid Treatment (BFAT) provided to Aboriginal and Torres Strait Islander children in Australia at the scene of injury using data from a population-based cohort study.
Study Design: The participants were 208 Aboriginal and Torres Strait Islander children aged < 16 years who sustained a burns injury between 2015-2018, and their carers. The primary outcome measure was gold standard BFAT, (defined as at least 20 min of cool, running water within 3 h of the injury); additional measures included type of first aid, length of first aid provided, and carer's knowledge of first aid.
Observation is at the center of all biological sciences. Advances in imaging technologies are therefore essential to derive novel biological insights to better understand the complex workings of living systems. Recent high-throughput sequencing and imaging techniques are allowing researchers to simultaneously address complex molecular variations spatially and temporarily in tissues and organs.
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